Vol. 7, Issue 3 (2019)
Effect of different chemicals on flowering, fruit set and yield in pomegranate (Punica granatum L.) Cv. Phule Bhagwa
Author(s): RA Durgude, VS Supe, SS Kulkarni, UD Chavan and CA Nimbalkar
Abstract: The experiment was conducted during the year 2014-15 at two locations in factorial randomized block design. The first experiment was carried out at village Durgapur for ambia bahar and second experiment was carried out at village Rahuri factory for mrig bahar. There were eight treatments in foliar application of chemicals (F) and six treatments in soil application of chemicals (T). Thus, total forty eight treatment combinations were replicated in two times. Significantly minimum number of days (7.5) and (6.75) required for emergence of flower bud were recorded in F3T3 i.e. foliar application of cycocel 2000 ppm and soil application of D-glucose 50 g/plant + microbial inoculum in ambia and mrig bahar experiment, respectively. In ambia bahar experiment, the minimum percentage of male flowers (43.84 %) and maximum percentage of hermaphrodite flowers (56.16 %) were recorded in F3T3. In mrig bahar experiment, the minimum percentage of male flowers (34.69 %) and maximum percentage of hermaphrodite flowers (65.31 %) were recorded in F2T3 i.e. foliar application of Cycocel 1500 ppm + KNO3 1 % and soil application of D-glucose - 50 g/plant + Microbial inoculum (M.I.). In both ambia and mrig bahar experiment, significantly maximum fruit set (37.95%) and (39.73%) was recorded in F3T6 i.e. foliar application of cycocel 2000 ppm and soil application of Calcium nitrate – 60 g/plant in ambia and mrig bahar experiment respectively. Significantly maximum yield per plant (22.13 kg) and (49.59 kg) was recorded in F3T3 in ambia and mrig bahar experiment respectively.
Pages: 1836-1841 | 493 Views 118 Downloads
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How to cite this article:
RA Durgude, VS Supe, SS Kulkarni, UD Chavan, CA Nimbalkar. Effect of different chemicals on flowering, fruit set and yield in pomegranate (Punica granatum L.) Cv. Phule Bhagwa. Int J Chem Stud 2019;7(3):1836-1841.
